共查询到20条相似文献,搜索用时 718 毫秒
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笔者回顾了锆行业与陶瓷行业的依存与发展历史,对陶瓷行业的新装饰技术和新工艺技术进行了分析,并阐明了这些技术对未来锆行业尤其是硅酸锆行业的影响。 相似文献
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图像处理技术与计算机图形学领域的飞速发展,在信息化时代的整个大背景下衍生了三维动画技术,渗透在陶瓷设计行业。设计陶瓷造型、生产管理、陶瓷营销渠道等都与三维动画技术有密切联系。三维动画成为传承陶瓷工艺、陶瓷审美、陶瓷理念的主要手段,创新设计陶瓷制品,将传统陶瓷工艺核心与信息化时代发展方向进行融合,合理使用三维动画技术,增强陶瓷的商业价值与发展潜能。三维动画技术为陶瓷工艺与设计陶瓷观念提供了全新的平台,是陶瓷设计行业发展的主要趋势。文章从设计陶瓷的主要要素、突出发展陶瓷设计过程中三维动画技术的价值以及阐述三维动画技术在陶瓷设计的实践应用,说明了当前的陶瓷设计状况。 相似文献
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近几年来,数码喷墨印花技术在国内陶瓷印花行业中得到了应用和推广。随着国产喷墨打印机的推出、国产喷墨墨水的研制,以及陶瓷企业对喷墨打印产品的不断创新,喷墨印花技术已成为行业内的热门话题。本文主要阐述了喷墨打印技术在陶瓷印花中的应用和技术特点。 相似文献
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Jürgen Rödel Alain B.N. Kounga Marion Weissenberger-Eibl Daniel Koch Antje Bierwisch Wolfgang Rossner Michael J. Hoffmann Robert Danzer Gerhard Schneider 《Journal of the European Ceramic Society》2009,29(9):1549-1560
A roadmap for advanced ceramics for the period from 2010 to 2025 has been developed to provide guidelines for future investments for policy makers, scientists and industry alike. Based on questionnaires, interviews and a final workshop with well-balanced participation of members from industry and academia three roadmaps on application fields and two roadmaps on scientific areas have been developed and contrasted. The three application fields selected are: (i) electronics, information and communication; (ii) energy and environment; (iii) mechanical engineering and the two scientific fields are: (a) structural and functional properties; (b) process technology. Within these fields the tremendous growth opportunities for ceramics as an enabling technology are highlighted and manifold suggestions for future development are provided. 相似文献
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Hirofumi Takemura Hideko Fukushima 《International Journal of Applied Ceramic Technology》2023,20(2):681-688
Japan's fine ceramics (advanced ceramics) industry, which reached US$30 billion of production in 2018 (an annual growth rate of 6.3%), accounts for 40% of the global market. The mission of the Japan Fine Ceramics Association (JFCA), which consists of 116 corporate members related to fine ceramics, is to further promote the development of this industry. In this paper, we describe the recent trends of fine ceramics industry and the latest JFCA's activities, including the publication of the FC Roadmap 2050 (2021 edition). This roadmap addresses fine ceramics technologies and products that will meet increasingly diverse needs of society, market, and industry in the year 2050. 相似文献
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Cold sintering process for ZrO2‐based ceramics: significantly enhanced densification evolution in yttria‐doped ZrO2 下载免费PDF全文
Hanzheng Guo Jing Guo Amanda Baker Clive A. Randall 《Journal of the American Ceramic Society》2017,100(2):491-495
We recently developed a novel technique of cold sintering process (CSP) to obtain dense ceramics at extraordinarily low temperatures. In this communication, we demonstrate the feasibility of applying CSP to zirconia‐based ceramics. As exemplified by 3Y‐TZP ceramics, a significantly enhanced densification evolution is observed. Water is simply utilized as a sintering aid to assist the ceramic densification under an applied external pressure. The low‐temperature advantage of CSP outstands in contrast to the densification curves compiled from other sintering techniques. A gradual monoclinic‐to‐tetragonal phase transformation is revealed in correspondence to the densification development, as well as contributes to the mechanical hardness evolution. A Vickers Hardness reaches ~10.5 GPa after annealing the cold‐sintered ceramics at 1100°C, which is comparable to those values reported in the previous studies at higher sintering temperatures. Such a sintering methodology is of significant importance as it provides a roadmap for cost‐effective processing of zirconia‐based ceramics and composites that enable broad practical applications. 相似文献
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对五种热电偶,特别是双层遮热罩热电偶对窑尾系统联接管道内烟气测温误差的计算方法进行了推导。根据计算的需要,由联接管道外壁温度计算出了其内壁温度。计算了五种类型热电偶在窑尾系统各联接管道位置的烟气测温相对误差δ,并与相关计算和实测结果进行了对比。对热电偶测温误差的主要影响因素进行了简单计算分析。分析结果显示,使用热电偶对窑尾联接管道内烟气进行测温时的读数一般比实际值偏小,各种样式热电偶测温的相对误差范围:普通式为7.20%~16.39%,单层遮热罩式为0.69%~6.34%,单层遮热罩抽气式为0.46%~5.23%,双层遮热罩式为0.07%~2.68%,双层遮热罩抽气式为0.04%~2.01%。相比普通热电偶,遮热罩抽气式热电偶的测温准确性大幅度提高。最后对实际生产中热电偶的选配提出了合理建议。 相似文献
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放电等离子烧结制备AlON陶瓷 总被引:1,自引:0,他引:1
以A1N粉和A12O3为原料,用放电等离子烧结(SPS)技术制备单相A1ON陶瓷。研究表明:用SPS技术在1700℃仅保温3min就可得到99TD%的A1ON陶瓷,该技术是实现A1ON陶瓷低温快速烧结的有效途径。 相似文献
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研究了铜基镀白料综合回收利用技术,并通过实验考查了处理液浓度、处理时间对镀白料镀层退除效果的影响以及镀层金属的回收形式。研究结果表明:铜基镀白料可以综合回收利用,处理液各成分浓度、反应时间等因素对其处理效果有很大的影响。 相似文献
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赵越清 《陶瓷研究与职业教育》2005,3(1):43-46
简要阐明了唐山陶瓷产业加大科技创新力度和加强陶瓷专业人才培养的必要性,论述了唐山陶瓷产业科技创新的具体措施,阐述了陶瓷专业人才培养和用好现有专业人才的意义。 相似文献